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A Study on the Drying Performance of the Flux Adhered to Photovoltaic Ribbon
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 Title & Authors
A Study on the Drying Performance of the Flux Adhered to Photovoltaic Ribbon
Cho, Nam-Cheol; Jeon, Young-Han; Han, Sang-Pil; Kim, Dong-Choon; Lee, Chae-Moon; Jeon, Taeg-Jong;
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The photovoltaic ribbon attached the flux reduces the solar module manufacturing process and the pollution. This paper presents an analytical method for solving the continuous flux drying system of photovoltaic ribbon. Also, some experiments of the drying of photovoltaic ribbon are carried out in order to design the drying system. Numerical results indicate the air temperature, the air velocity, the air pressure and the timewise temperature variation of ribbon during drying process. In case of the drier process length is short, 400mm, the photovoltaic ribbon is wet. Thus, another study of drying system is necessary to improve the drying ability. As a result, multi-stage drier system is proposed and shown to be good drying ability.
Photovoltaic Ribbon;Cu-Ribbon;Flux drying;Soldering;
 Cited by
Technology Roadmap: Solar Photovoltaic Energy - 2014 edition, OECD/IEA, September 2014.

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